GATE IN 2017 question paper — Paper 1
65 questions · 100 imported marks. Browse the original paper or practise online.
Questions
65
Across all archived sections
Imported marks
100
As recorded in the source
Sections
2
IN · GA
Year
2017
Archive paper 1
01 · START HERE
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02 · PAPER STRUCTURE
What’s inside this paper?
Question counts and marks reflect the imported source, grouped by section.
Instrumentation Engineering
- Questions
- 55
- Imported marks
- 85
General Aptitude
- Questions
- 10
- Imported marks
- 15
03 · QUESTION BROWSER
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Section
Question type
Showing 1–12 of 65 questions
IN · Question 1
Instrumentation Engineering
If v is a non-zero vector of dimension , then the matrix has a rank =
IN · Question 2
Instrumentation Engineering
The figure shows a shape ABC and its mirror image A₁B₁C₁ across the horizontal axis (X-axis). The coordinate transformation matrix that maps ABC to A₁B₁C₁ is
IN · Question 3
Instrumentation Engineering
Let where . Then
IN · Question 4
Instrumentation Engineering
The eigenvalues of the matrix are
IN · Question 5
Instrumentation Engineering
For a first order lowpass filter with unity d.c. gain and dB corner frequency of rad/s, the transfer function is
IN · Question 6
Instrumentation Engineering
A series R-L-C circuit is excited with a 50 V, 50 Hz sinusoidal source. The voltages across the resistance and the capacitance are shown in the figure. The voltage acros…
IN · Question 7
Instrumentation Engineering
The connection of two 2-port networks is shown in the figure. The ABCD parameters of and networks are given as and The ABCD parameters of the combined 2-port network are
IN · Question 8
Instrumentation Engineering
A circuit consisting of dependent and independent sources is shown in the figure. If the voltage at Node-1 is V, then the voltage at Node-2 is V.
IN · Question 9
Instrumentation Engineering
A periodic signal is shown in the figure. The fundamental frequency of the signal in Hz is .
IN · Question 10
Instrumentation Engineering
A system is described by the following differential equation: where and are the input and output variables respectively. The transfer function of the inverse system is
IN · Question 11
Instrumentation Engineering
If a continuous-time signal is sampled at 4 Hz, the value of the discrete-time sequence at is
IN · Question 12
Instrumentation Engineering
The Region of Convergence (ROC) of the Z-transform of a causal unit step discrete-time sequence is
04 · CONTINUE PREPARING
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Question text and tags are imported from paper sources and require independent review unless explicitly marked reviewed. For diagrams, equations and official instructions, refer to the original paper viewer.